|
|
In the following, several images are used more than once, each use
for a different theme or point to make.
Merge any two side by side images together in overlay, the resulting
overlay optics has sharply increased small details by positive
re-enforcement, plus, deep space topology aspects not seen in mono
2D images, become abundantly clear
A main problem is in trying to determine just exactly what rubble
extends beyond the left edge, also down below, in light of the fact
that the Hubble original did not capture
the whole object, as aptly revealed by the above
histograms of the original, in which the whole object is clipped
short by the picture frame, in which the histogram also reveals a much
larger spiral co-object, with arms extending out into deep space both
above and below, and a seriously disturbed left end of the cigar object.
Out there in the left end of the cigar object there has been battering.
For instance, the lower left helm as seen in overlay (merge any two
of the above side by side views together), has been sideswiped, giving
its wedges the look of slabs of shale. Faint drifts and seeming pulled
residual stretches out there in left field, are at different angles.
All out here in the far left is chaotic.
At the lower left in the above 2-image 3D overlay image views, the
breadth extending vertically across the midrift breach is deeply
indented abruptly, relative to the shelf plane levels further west,
which suggests strongly that the center portion of the incoming
spiral galaxy is just now travelling at a slant into the core region
of the cigar galaxy, causing noticable depression.
Above, it does not take overlay merger to see that lower spiral arms are
tonging under, and into, the horizontal galaxy. Other spiral arms above,
are swinging out behind and ghostly residuals continue in a sweep back
toward the upper west still behind, not in front, of the horizontal
galaxy and it is this upper leftsweeping vague arm ghosts that may have
caused such original distruption to the horizontal galaxy's west end as
the upright galaxy first started to slide into the encounter, incoming
from the west, turning clockwise.
JIGSAW PIECES ARE THE PROOF OF COLLISION
See here for another jigsaw puzzle match-piece
in the 'dusting galaxies'.
If you reverse rotate the giant spiral backwards (anti-clockwise)
by a few degrees, and slide the whole white central area to the north
west, you will see a jigsaw puzzle peice fitting another jigsaw piece
- the shape of the area having the thin parallel gouged out striations
perfectly fits the curvature and form of white central wands which have
been reversed rotated in thought and slid over to the left to a prior
recent time.
Author's remark: It happened in only a few seconds of recent time (circ
July 16/2001) that the jigsaw pieces-fit realization suddenly came out
of nowhere to be instinct clear in mind.
This jigsaw spotlight is uncontestable proof that the central white
wands are moving into the midrift depths of the cigar galaxy cleaving
away host galaxy structure, the visitor currently already settled in
deeper than surrounding terrain. Further, the left edge of the central
white wands is deeper than the right side foredge of the central white
wands, which are rised up slightly toward us, showing us that the
central plane of the spiral galaxy is canted on a shallow slant
rearward tilted in the direction of the striations.
Now, try and picture how many long hours over the past year
of accumulating months it has taken myself to arrive at these
observations, regarding sliding and rotated topological jigsaw
facts stated immediately above.
PUZZLING ASPECTS
There were so many puzzling aspects to this collision, that the fitted
jigsaw piece came at the end, while preparing this internet disclosure,
rather than at the beginning of the process many long months ago, and it
was only by cutting more and more accute zooms and enhancements that I
was suddenly able to see in epiphany the existence of the perfect
fitting jigsaw parts, because, for the whole time, I could not
understand what had caused that stack of vertically slanted striations,
and so, tended not to go there.
<
GIANT ARM STUMP
The giant arm stump sticking out foward on the
right is higher in elevation than is the central white streams to the
left, which is sunken in, relative to the forward elevation of the arm
stump.
We know the arm stump is sawed off (because it ends so abruptly with
just a thin rod sticking out starkly), perhaps by processes which have
also led to the smoothed out amorphous drift which extends the stump
around back into a shallow overhang. Such diffuse amorphous shallow
expanses result from collisions. Period.
My sensor antenna are suggesting that the amorphous expanse is gently
easing this way to the east, adding to overall apparent blue shifts, or,
interpreted the other way, less apparent red shift. The mystery all along
is that there are two high speed rotational blue
shifts in the spiral galaxy - in the bottom arms and top arms -
almost no red shifts.
RADIANT FREQUENCIES
I have found, in playing with these images and various zooms, that
green light contains more of the faint
arms both above and below, and that red
light reveals more of the petrified wood texture along the battered
upper west side, and the incised horizontal striations west of the
center, as well as the smoothed out glaze
above the center where vague arm slicings continue sweeping behind
around to the upper left, one of these arm slices arising from behind
the fingers, (orange image at right) which
come out arcing down in a loose array of bridges
across the right width of the cigar galaxy.
THE PATH OF MOTION
A large spiral slanted vertically and facing this way is slipping in a
gentle ease into the other horizontal cigar shaped galaxy like a wedding
ring slipping onto a somewhat flattened finger pointing west, in 2D view.
In 3D via overlay optics there is still a sense of a flattened finger
(rather than a broad horizontal spiraletic disk seen at a shallow incline
on edge - there does not seem to be any broad vast spiral disk belonging
in the rear aimed plane of the cigar galaxy.
As for current resulting status, a once major arm, incoming at a backward
slant and winding clockwise, came in on the plane of the horizontal galaxy's
left end and began to trash it, the residual of this once major incoming
spiral arm now seen arcing up from behind the horizontal galaxy, to the
right of the main core area, and, ghostly dim, still arcs into rearspace
to the left. Small pockets of hot-blue star births
in murky haze are what remains as signifyers in this once mighty arm.
A SIMILAR CIGAR GALAXY VIEW MODEL IS M82 (NGC 3034)
A growing hunch is the horizontal galaxy has already been previously
disturbed before being currently engaged with the incoming clockface
spiral galaxy - much like the horizontal plane of
M82 which seems to have tangled with Bodes
galaxy.
Notice above where the right flange issues from a small portal near
center then rapidly enlarges outward to become the right flange, with
fingers. This flange from small portal feature was not seen until this
Subaru image was strongly enhanced in
blue.
SIMILAR TOPOLOGICAL SHAPES
It has been hard to get an exact reading - or even a good reading - as
to the proper shape of the horizontal galaxy and it's cigar structure
in the Ngc 3314 event. There is no question that topologically this
cigar is remarkably similar to M82 in that the right flank is vertically
upright in a bi-lateral symmetric opposition to the left flank which is
horizontal.
A bi-lateral polar plane symmetry is standard for galaxies with
spirals or arms, and is no less standard in the horizontal body of
Ngc 3314. A look at pages throughout my site points to this standard,
at times illustrated as rooster tail
topology but most often as bi-lateral
symmetry, as more universally present
here, as well as here, plus in other
pages of this site too numerous to cite, except some revealing
information regards bi-lateral symnmetry on a galactic whole scale
can be found here.
(This site when finished and uploaded to an internet server will
include over 700 Meg in astronomy images and over 100 HTM pages.
At the moment, over 40 Gigs in images in various stages of optic
overlay analysis and special views, reside in the computer used
to prepare this 3314.htm page which you are reading now).
IMPROVING GALAXY SIMULATIONS ON SUPER COMPUTERS
Galaxy theorists attempting computer simulations regards the formation
of galaxies and galaxy arms cannot begin to home in on the answer until
bi-lateral symmetry is understood enough to be correctly incorporated
into their modelling equations. This is a statement I know I cannot
be laughed at. Jokes, meybe, a lot of them, but not ruinous laughter.
I am well aware that the entire international astronomy body has taken
the view that, regards Ngc 3314, two galaxies by chance have superimposed
in deep space.
Not meaning to be radical, or even contentious, I cannot see superimposure,
instead see a collision well evolved in progress. The positive clues are
simply too many to ignore that it is not a collision. As for the puzzle
of disparate red shifts, I have to stand back and proclaim that the puzzle
is more deep than ever, since to accomodate two different red shifts at
the same object is not current thought in the international body of
cosmological experts.
I have had a surprise insight which has come
to mind and this may be so radical as to be laughable to some. No worry
to me, I would rather be laughed at than miss an opportunity to be an
insight provider leading to correct answers.
OTHER INSIGHTS WHICH HAVE SPRUNG UP ALONG THE WAY INCLUDE THE FOLLOWING
I may have an explanation for those mysterious fingers spilling down
on the right of the corrupted core. The explanation was discovered today
(July 5, 2001, 11:30 AM), using screen capture. There were two identical
images side by side in the PSP graphics editor - it is the first time I
ever tried the following. I slid one of the images over, away, gradually,
while keeping the two images merged in overlay by eyesight, looking to
see if 3D improved in eyefocused overlay and suddenly the 3D did improve,
enough to reveal that an arm of the slanting upright spiral galaxy
(octupus) has been sliding into the body of the other (whale), under
its skin, the arm imbedding like a surgical tool under the skin has
caused the spilling fingers.
Above is an image which revealed the cause of the spill of 'fingers'
tonging to the right.
The result when merged in visual overlay is very hard on the eyes
because of the vertical displacement which is commonly used by
anaglyph enthusiasts when making stereo views from mono photographs
of themselves etc., so I will not be using this technique generically
for images. The above two-image panel is an example of what the unusual
placing technique yielded in overlay view, it was good enough to get
me around a number of puzzling interpretations in understanding this
collision, but because of visual discomfort is not good enough to be
used for heralding insights.
CRISS CROSSING ANGULAR MOMENTUM VECTORS
Regarding the fingers, by co-incidental fate, there are two different
alignments in angular momentum vectors, one in the arm tonging into the
cigar galaxy's body, and at nearly complete right angles, entirely
different angular momentum vectors in the body itself of the cigar
galaxy.
The result has been incompatablilty - the cigar angular momentums riding
over the top of the spiral galaxy arm vectors at right angles in their
angular momentums. This has consequented, due to criss-crossing angular
momentums, in the spills herein called 'fingers', as opposed to the more
expected result of arms passing through more or less harm free (as
some astronomers think would happen), or the spiral galaxy arm and the
cigar body merging, (as other astronomers think would happen).
What in fact has happened is the two criss crossing incompatable angular
momentums have created a recent new coherency named the spilling 'fingers'
in the cigar galaxy. In time, the angular momentums, clashing anyway,
will transmute into different resulting forms of coherency heading
into the collision aftermath.
LOOKING INTO THE CORES TO SEE ONE SETTLING INTO THE OTHER
Three different enhanced views are being shown next because there are so
many different interesting and revealing formations in this central area.
All of them cannot be adequately shown in one enhanced stereo view only,
it is by viewing all three stereos that their secret existences can become
self apparent.
Striations in colliding galaxies. Horizontal striations are in the
vertical highwall behind where the highwall has been abruptly cleaved
by the spiral galaxy center settling inward while drifting to the right.
The white main core portion is gently sliding rightward and rearward as
it settles into the horizontal galaxy causing a series of internmittant
lineal interruptions to form along a vertical axis down the whitest
bright center foward toward us. Already, breakup and merger and crash
from strong gravities and conflicting angular momentums and other causes
(perhaps magnetic and/or static charge fields) in the inner regions is
apparent. Certainly, stupendous sonic booms are happening, which is
a remark I'll include openly because I am sure stupendously powerful
sonic booms are happening in slow motion, as conflicting forces try
to find paths of least resistence.
<
A miniature elbow arm juts forth below from a
pole of one the cores. A second smaller elbow arm in red would be another
elbow arm from another pole except here is where the Hubble telescope
resolution has broken down into straight line border patches so the
exact form of the small horizontal red streak cannot be discerned
clearly enough to make it's nature firmly identifyable.
Note the arm stump at the right in the above closeup. It has clearly been
abruptly cut away now looking remarkably like a piece of fossilized wood
from an ancient forest, but, just exactly how the axe cut occurred is not
clear amongst my insights. A piece of arm
rod is sticking out, the sense is that it, being to the left, is from
an original bi-symmetric or multi coherent formation.
I had first thought the clockface spiral galaxy (octupus) was lifting up
from underneath the horizontal galaxy (whale) but because of the major
interruptions that have taken out the far left outer deep space flank
of the horizontal galaxy now think the upright clockface spiral galaxy
is moving in from the left like a ring inserting over a flattish finger
and is currently settling in through the middle, drifting on a slight
downward cant to the rear right, eventually to emerge (what remains
of it) on the far rear side below and partically behind our horizon
of view.
There is another insight which has suddenly sprung to mind - the
rotational speed of the upright spiral may have dramatically increased
causing arms to stretch out and partially dismember in the lower left
regions, leaving more of a stretched out strew than usual wound arm
coherency.
This (dramatic high gain in rotation speed) can also explain the
noticable degree of chisling which has taken place in the upper left
of the center region, as the faster rotating core parts of the upright
spiral settle in through the middle of the cigar galaxy, densly drifting
in with too little time for merges and haze creation, creating instead
hard lined striations in well defined short clumps of horizontal spin
patterns lineally sequenced along long striations by local vortexing
angular momentums from remix mastering with body substances of the cigar
galaxy.
NGC 3314 CHISLING
The chisling has exposed striated layers seemingly of the cigar galaxy's
underparts below the surface. Quickly refresh your thoughts about
the striations here.
Try and get the picture of rapid increasing acceleration in rotation,
once this is had in mind, many of the puzzles of the upright spiral
galaxy's path seen at Ngc 3314 become more logically advanced.
The acceleration in rotation may be a way more than average, in that the
cigar galaxy (whale) seems to be very thick almost a thick shard of shale
in that there seems little to no indication that it (the cigar) has any
broad width across a vast horizontal disk expanse seen on edge.
I have to be honest in not knowing if the short, layered,
striations in Ngc 3314 are exposed internal organs of the cigar
galaxy, or have been created anew by suggestions outlined in the
immediate above paragraph.
In this carefully enhanced closeup, it almost makes more sense - when
viewing the two images in overlay pair - to believe the spiral galaxy
is rising up through the cigar, but, look straight on to the left helm
from the striations and see a deep shallow wedged into the side, which
seems to me logically possible only by the spiral galaxy passing into
the oval cigar in a shallow downward angle rearward, rather than rising
up. The possibility is however that part of the sprial galaxy, on the
east side of the white center flanges are rising up, which accounts for
the bridge of parallel 'fingers' and the arm stump
(with bare naked short rod &nbs; sticking out).
LONG LINEAL STRIATIONS
Long lineal striations are seen in Andromeda
and other galaxies, but are not seen extensively amongst galaxies except
more often, here and there, in a galaxy's central area. I am betting my
money on the call that all striations
are caused by collisions.
Here are a few of the Andromeda straight line striations shown in closeup.
Because being straight you have to know striations are not a part of
the greater swirling centrifuge caused by the galaxy's gravity, even
though the striations may be swirling along, like thin logs, in the
centrifuge.
(In a separate event entirely, the emergence of
M110 from the lower central flank of Andromeda has disrupted the
striations there and pulled diffuse matter forward out of Andromeda
streaming to M110. See 'A Bridge Near Far' here.
See also residual skeleton spiral
arms at M110).
CENTAURUS STRIATIONS
The Centaurus galaxy has irregular striations
both horizontal and vertical in the exposed gash across its central
transversal axis (disk).
(Notice how many hot blue star births are occuring in tiny local
vortex and compression rings in Cena, link the Cena image
again to see numerous tiny hot blue
star rings, as percieved in this famous Hubble image now enhanced
in blue tones by myself).
STRATIFIED DEEP UNDERLAYERS IN M63
Another galaxy, this one rife with lineal striations in group
arrays at different angles is M63, where the
original image released by Subaru astronomers shows nearly nothing
of the striations. Strong enhancements which mask out the center can
reveal the striations contained in very dim (dark low-luminant) medias
in the radiant content from this galaxy.
M63 is so big it swells well beyond the picture frame of the original
photo. Not only that, M63 is so deep the conal bottom too has passed
beyond the borders of the picture frame. The amount of 'missing mass'
not seen in the original is staggering.
Next
we have an
old telescope view
which suffers the same problem - a
small serene M63 occupies center screen
and when enhanced it explodes like
karma beyond the borders of
the picture frame
The low
grade poor
resolution of M63
has one advantage, it shows us
that a long horizontal steady straight
line streaks across the galaxy underskirt,
a telltale marker that someday in the
past something whipped past M63
close enough to scrape it
open leaving striations
An INT
image of Ngc 7331is
wholesale helpful in establishing
striations as unmistakable signals of galaxy bashing
Ngc 7331
looks like a
perfect candidate for
having had a mild sideswipe, a
glance-by more than a high speed broadside.
Since all of the striations and streamers are
vectored to the west it means the glancing
dustup required one of the galaxies
to be moving east at a higher
relative speed than
the other moving
west
The bad
news is the
INT picture is blurry
at best. The good news is we can
still see an arm issuing abruptly from the
side under the core deck and streaming back
in a long thin string of volcanic smoke
after an abrupt elbow jog, beginning
at a deep incise near the
right end
When the
outgushing smoke
meets the complete zero
vacuum cold of deep space - like
kenetically upspewing hot volcanic smoke
which expands in vacuum to where not enough kenetic
voluum remains to systain the upthrust the smoke abruptly
elbow jogs at a high stratosphere ceiling then joins the
prevailing drift of high atmosphere winds. Outgushing
smoking arms similarly peter out when reaching a
zero vacuum gradient in outer deep space
beyond the galaxy's major gravity
bell, the kenetic heat causing
the outthrust is sucked
away by the zero
vacuum and
the arm
straightens
out, after a jog,
to stay clung to the side
of the galaxy, held there by gravity,
the arm gradually growing longer as the
greater hulking body of the mother
ship slowly rovolves eastward
At least,
this is the best
I can do at this moment
regards suggesting what happens
when an outgushing streaming arm
hits the ultra cold of zero
vacuum in deep space
We have
Seeking a model for the dynamic construction of a galaxy
Two similar horizon planes in the spiral galaxy at Ngc 3314 can
also present two blue doppler shifts, due to rotation, by fact of
the orientation of the spiral galaxy as we currently see it.
SUBSTANTIAL INCREASE IN BLUE SHIFT DOPPLERS
If dramatic increased acceleration in rotation in the spiral galaxy at
Ngc 3314 is a factor, there will be sustantial increase in blue shift
doppler effected radiation in the fore arms around the left flank (which
extends toward us) especially in the inner area toward the core parts.
Since the spiral arms (dissipated disturbed and residual) above the
cigar to the right, are sharply twisted to a more horizontal plane in
bi-lateral symmetry, as the dulled upper arm vectors away to the rear
and around to the left their doppler radiation will also be accelerated
toward blue. (See next image).
In this case, instead of standard red (forward) blue (receeding) dopplers,
there may in fact be two blues, vrs significantly little red. The result
if true creates the appearance of a stronger blue shift for the upright
galaxy in toto, giving the illusion that it is closer to us when in fact
it is not.
Furthermore, rapid acceleration in spiral arms both upper and lower
both with thrusts accelerating toward us - substantially increasing blue
shifts beyond normal expectations throughout the spiral galaxy's overall
form - may be a hidden glitch in red shift theories used to place the
cigar galaxy farther from us than the upright spiral galaxy.
Significantly more blue than red doppler shift in bar galaxy
Ngc 1365 could be confusing as to distance
away, for instance suppose another galaxy was close that by had a higher
red doppler shift total than blue, the two galaxies could be interpreted
as being far apart from each other, instead of as they really are (in
supposed scheme) close together at neighboring depth in deep space.
NGC 2442
I have re-oriented a standard image of Ngc 2442 next below, and am
using it as a two-fold example, first as a galaxy that is particularly
thick through its central shank, and as a strong unmiskable rooster
tail symmetry with one sweeping arm bulging forth extending on a
torgued horizontal plane, the other arm bulging forth like a handle
on a totally different xyz co-ordinate angle swinging out on a vertical
plane, with one arm ending in a broadly expanding broom tail the other
ending in a shorter broom tail on an opposed full 3 dimensional xyz
co-ordinate.
If the end over end rotation (like a misthrown baton twirling through
the air) was dramatically increased, there could be confusion just as
to what blue doppler shift, vrs red doppler shift, would be telling us
in terms of distance away, if rotational motion - in this case slewing
sideways end over end - was dramatically increased suddenly under
powerful accellation from some source able to rapidly accelerate its
motion.
I have to mention the optical illusion
aspects of astronomy images. When rotated by 180 degrees the same
galaxy now becomes an innie instead of an outie. It means astronomers
must take great care in showing their images to the correct alignment
in which the object was photographed in deep space, so as to not cause
confusion when trying to interpret image contents when an apparent (for
example) innie is actually an outie, and visa versa.
BROAD SWEEPING BROOM TAIL
The broad sweeping broomtail in Ngc 2442 (and many other galaxies)
may have an explanation in polarities in their arms. Suppose a certain
polarity occurs where the arm initiates in inner regions at or near the
core, with an opposite polarity at the opposite end of the arm. (Suppose
all arms are two-pole). The end out in space is a pole not attached to
anything, meaning an assured outcome, that the arm matter not focused
by an opposed pole contact, dissipates and spreads apart in lack of
strong cohesive attractions.
NGC 4526
Next, in galaxy Ngc 4526 is an unmistakable
bi-lateral symmetry in the thin arms
wrapping around the elliptical bulge's central rotational disk, as
revealed by two strongly contrasting Histograms.
Merge the two images together in overlay by eyesight to see how really
spectularly revealing bi-laterial symmetry is in this galaxy.
In this galaxy (Ngc 4526) if its rotational speed was dramatically
increased both its red and blue dopplers would increase but no
confusing would result as to its distance away, since both its
red and blue dopplers would increase more or less to the same
degree.
Click here to see how shockingly little
is in the original Hubble image, except for the core view which
was released intending to show a super nova. See how the core
view can be improved into looking like this, in three different
enhancements next below - these are the kind of enhancements anyone
can do themselves on their own computer with a simple graphics editor
such as Paint Shop Pro - by anyone interested in exploring images for
more content and more illumination about celestical object features
and behavior.
INTRUDER ALERT
Two parallel faint white streaks arcing over the core seem not to be
windings in a rear firewall of the galaxy arms, in fact the faint white
parallel streaks may not be arms or an arm, rather they seem to be tracks
caused by a now departed fast travelling intruder which has sailed over
the open face of the galaxy plane, in passing through, the haze could
have condensed a visible record of itself as do particles passing
through a hydrogen bubble chamber leave visible tracks.
It is hard to tell in the dimness of the haze through which the
parallel tracks pass but it seems the tracks are wider apart where
they start at the right, indicating the intruder may have come in
coreward bound, the initial tracks gradually spreading apart like
the smoke trails of a high flying jet.
For more on 'intruders' see intruder alert
for Bode's Galaxy, and also intruder alert in galaxy
M74. A major intruder sail-through has resulted in a
rattle in a major arm of galaxy M101.
M51 (WHIRLPOOL GALAXY)
A face-on clockface galaxy such as M51 cannot serve as a model of
duo blue shift since there is very little in the way of strong
rooster tail twisted topologies in M51.
Two bigmass Andromeda images next below show
both the wide horizontal disk expanse, and huge depth in Andromeda's
total mass content. An Andromeda bigmass image is featured further
above pointing attention to long lineal striations,
and immediately below the next two images, the long lineal striations
are suggested to be a result of a sideswipe collision with the
Triangulum galaxy.
View these next Andromeda image pairs in overlay by merging them
together and get a different size/depth illumination from each pair
hence a broader understanding of the whole Andromeda.
already seen a
volcanic arm of similar kind
issuing abruptly from the side of
Bodes galaxy
SUBSTANTIAL RAPID INCREASE IN ROTATION
Rooster tail in naked Andromeda is in a bi-lateral topology, with two
horizon planes - the left side a horizontal sweep, the right side a more
vertical rise.
If the link is active, check out this link for
Gravitational Pinch, this is where one lower arm of M51 has been
pinched and buckled by another arm being pulled laterally to the left
behind it by the small nearby galaxy herein called Boris, the fact of
the gravitationally pinching arm staying intact its whole length is
featured here in Integral arms (if this
link is also active) - this site is so huge it has been a problem
affording online Internet server fees and at times, links are online
at other times no.
Andromeda also cannot serve as a duo blue shift model, since it has
obvious red/blue doppler events east to west in major clockwise spin
rotation of its huge horizontal broad expanse disk seen on edge.
FLUID COMPRESSION, VRS SOLID COMPRESSION
COMPELLING EVIDENCE FOR A COLLISION
Strong horizontal parallel striations on both flanks of
Andromeda yields a remarker to believe Andromeda has been
sideswiped. Astronomers point to the collapsed
Triangulum galaxy - which is definately sliced down the left side
with a thick dim ghost arm curving out from below, and is now heading
out of our local galaxy group toward the Virgo Cluster - as a likely
candidate for having clipped past Andromeda. Both Andromeda and Triangulum
show simlar major signals of sideswipe, for instance if Andromeda was
viewed from above what are the chances its leading edge facing us is
clipped somewhat in the same way as the leading west edge of Triangulum.
Note it says 'collapsed triangulum galaxy'. This is because the whole
vertical length of Triangulum is compressed its length as if squeezed
in a vice.
This is because of fluid compression, vrs solid compression.
When a solid continent such as India slams against shore, the foredge
hitting the brakes begins to fold and up-buckle (in this case forming the
Himalaya Mountians) while the far edge (southern tip of India) keeps on
going at the same velocity not even yet starting to slow down. This is
today at India.
Inertial solid weight is the answer. In contrast, when a fluid field
of loose ice brakes against an object, it compresses throughout the
field.
To repeat, a large area of loose ice flows when colliding against an
obstacle, can crumple at the rear side and throughout the field, causing
upthrusts all pointing in the direction of the obstacle, such 'fluid'
compression is in lack of solid inertias binding the ice shards as one
solid mass whose whole body is one kenetic inertial mass (in which
case the greatest force acts only against the edge most resisted
to motion (India and the newly forming mountain range called the
Himalayas).
The Triangulum galaxy is a fluid field, being a galaxy with no parts
solidly bound. The left side of Triangulum has been sliced, the matter
clumps on the right side and in most regions of Triangulum are all
thrust upward as if uplifted shards of ice.
Look to the next view in overlay to see how the fluid compression
texture in the arms is upthrust all pointing to the west side where
a western drift was partially braked in the sideswipe, assume against
bigger more heavily massed Andromeda. If fully braked, some kind of
merger or spectular collision show of force most likely would have
been the result, instead of a sharply chisled edge
(Triangulum) and long parallel striations
(Andromeda).
The dramatically folded wrinkled arms themselves are favoring a vector
to the upper left, indicating that it was the current upper left in
the pre sideswipe galaxy which first began to compressionally press
against Andromeda (assumed). The impression seen viewed in overlay is
the right side has tended to ride up over the left side, causing amongst
other things a deep 'V' fold extending down from the core, suggesting
this was a slanted not full edge-on broadside encounter, (a listing
oceon liner glacing against another liner), the slant of the list was
downward canted on the west side. And the core area got pushed up
overhanging westward, which probably erased normal core features.
Lack of normal core features is another major collision-damage clue in
that Triangulum has been discovered not to have the glowing haze ball at
the core expected for normal galaxies. (Now that I want to cite this
reference, I can't find it on the Internet).
See more on the Triangulum galaxy here.
Compression can happen so fast that fault lines appear, a vertical
fault line runs straight down the face of the
'fish' colliding galaxies, the fact that the fault line is so
straight makes it apparent that the whole of the smaller galaxy
(the galaxy on the right), is being collapsed by the weight of the
larger galaxy moving in on the left, a weight that includes huge bulk
in behind the scenes. We ain't gonna have no little lamb in the clouds
passing right through skinny little doggy, ain't we, we's gonna get
both clouds discombobulating into something new with faster and slower
motions than before, accelarating changes.
Some scientists believe that because stars are so far apart in a galaxy,
when another galaxy collides the one galaxy will simply pass through the
other galaxy with little to no disruption except for some push and shove
in the dust drifts. The fact is that every star is migrating to another
star except, in the Milky Way, every star also has its own angular
vectors which keep the stars dancing around one another rather than
colliding. When another galaxy sails into the breach, the single
dominate overwhelming factor is that every star in the other galaxy
is on its own completely different angular vectors which have
nothing to do with Milky Way star vectors, therefore, the incoming
galaxy's stars and clusters can and do migrate toward Milky Way stars
and clusters, and visa versa, the stars can come very close if not
actually impacting. Expect therefore major changes in any collision,
no matter how slight.
APPEALING FOR PATIENCE
Please be patient in me trying to explain the difference between
fluid compression (as found in galaxies) and solid compression (as
found in moving continents). Both are physics I can see so plainly
in minds eye as to not need words, since pictures and dynamics are the
whole of the images, not words, in inner consciousness.
As it happened, the 'fluid compression' notion sprang to mind trying
to understand coherent uplifting in compressions all facing the same
general direction noticed in arms around the upper and far west flanks
of giant spiral galaxy M51, also
knowing that the whole of Triangulum is severely
wrinkled, with the Triangulum wrinkles biased in long axis patterns all
of which face the chisled west side of Triangulum.
The right side has an upthrusting bias favored to the west. This
upthrusting westward bias is more or less throughout the Whirlpool
galaxy.
In the case of M51 upthrusting and overlapping
fluid compressions, this now seems due to the fact that the 'Boris'
nearby remote galaxy is nowhere as small as it looks. We usually see
only a small intense fireworks of it in ordinary astronomy images.
Huge lurking residual coherent masses loom dim under and behind
'Boris' indicating that far more in the way of collisions and mergers
has been going on here, to wit that 'Boris' is a small fireworks within
a far greater field of dim matter of very low luminosity. Fortunately,
this great mass conglomerate can be glimpsed by extreme high image
enhancements, as seen next, and further described
here.
If - concider this - the hands of a mighty lesser god took Andromeda
and first blew away all of the dust leaving only skeletal outlines,
then twisted the outlines so that one half was upright, the other half
horizontal, then it would be possibe to see a duo blue doppler shift
depending on how Andromeda landed back in deep space after the lesser
god twisted it like a pizza.
MOBIUS SYMMETRY
Well, take any protractor in hand and give it a sharp twist, and flex
it an appropriate way, giving the protractor a new look - the outline
of a mobius strip pinched to be co-joined at the center, rather than
as criss-crossing lengths passing each other at long distance as in a
normal mobius strip.
Such twisting may in fact be underway right now at Ngc 3314, increasing
the magnitudes of the dopplers of the duo blue shifts via a twisted
torqued mobius strip outline for the colliding upright spiral galaxy
at Ngc 3314.
Both red rings in the above Super Nova 1987 image have bends arcing
toward us, as well as dips arcing away, which adequately demonstrates
that both a duo red shift, and a duo blue shift in the same object, are
a fact of life in the astronomy of deep space. If the red rings of SN1987
were rotating rapidly around a central axis extending north/south, or
else was tumbling end over end along the same north/south axis, both
duo doppler red shifts, and blue shifts, might be even more prominently
resulting.
With a change in orientation, done at once in a PC Windows graphics
editor, SN 1987 gains a remarkably instinctive similarity to fundamental
model aspects of Ngc 1365. For instance both rings of SN 1987 arc out and
re-hook back to center, as do both main arms of Ngc 1365 - at least the
arms vector back toward center in sweeping through long deep space arcs.
More on Ngc 1365 is here,
and here.
In the specific case of Ngc 3314, the bends toward us of every major arm
precludes that very little red shift occurs compared to the much larger
flux of blue shift radiations due to the galaxy's spiral motions.
MORE COLLISION CLUES IN A CLEAVED GHOST ARM AND HOT BLUE
STAR RING IN NGC 3314
Another clue to add to the collision happened list, is the dim ghost arm
rising up behind. The arm appears erupting from behind the rear flank of
the cigar galaxy and seems continuous to one of the forearms curling
below the cigar.
Turning the clock back in time, it is this ghostly rear arm which
initially breached the far left side of the cigar galaxy resulting in
both major disruption to original localized angular momentum contents
within the arm leaving it a ghost, and leaving behind a chopped up mess
at the far left end of the cigar galaxy.
Note that the top of the ghost arm has been clipped. There is a short
arc of hot blue star clusters where the abstrupt cleave is. These - the
cleave, and hot star ring - are both further emminent clues for collision.
Plus, another clue obvious enough - drag from the blunted top at the hot
cluster arc extends straight back in a subtle arc to the cigar galaxy's
outer left end, proving that the wounded clipped upright arm was back
there at the outer cigar end once upon a time.
BRIEF SUMMARY - RAPID ACCELARATION
I think I am going to hold fast to the idea that the upright spiral
galaxy in the Ngc 3314 collision has undergone (is undergoing) major
rapid accelerations, and possibly rapid changes in other rotational
motions, perhaps heaving to the left as is M51
heaving over to the left as well as revolving counter clockwise, and
is Andromeda revolving counter clockwise as well as
heaving as a whole body the fore edge lifting up in the heave, the
rear end dipping down to soon enough drop below the horizon.
IS ANDROMEDA FLIPPING IN MIDAIR?
(From astronomer's Andromeda remarks which have happened by, it is not
clear if Andromeda is flipping upward like a flapjack in midair, or instead
is our Milky Way galaxy moving downward relative to the Andromeda view plane,
or are both motions (us dropping down and Andromeda flipping up) happening
combined. With us moving down the foredge of Andromeda would appear to be
moving up - since we are the stationary laboratory frame - unless the
laboratory frame is expanded to include us and all of our Milky Way
motions at large within the local galaxy cluster. In which, then,
it can be determined if or if not Andromeda is flipping in midair
as one of its motions. The fact that Ngc 1365 appears to be flipping,
rather than revolving like a clockface, makes it possible that
Andromeda can also be flipping since flip is not excluded thus
from fundamental motion physics of galaxies).
TWO BLUE DOPPLER SHIFTS AT NGC 3314?
Very rapid (even extremely rapid) acceleration in spirals at Ngc 3314
may be causing two blue doppler shifts to be seen at once by us since
two major hubs of major spiral arms both the upper and lower, are both
at this moment swinging in rotation toward us, the resulting blue shifts
well advanced in their doppler ranges. These accelerated motions are
completely out of synch with the doppler blue shifts eminating from
the horizontal cigar galaxy, these multi blue doppler shifts in the
spiral arms stemming from rotational velocities of the major arms and
not from the dopplers of an expanding universe concept. One seeming
raisin in a swelling cake being baked is actually two raisins joined
together in the bread dough staying together as other raisins spread
apart as the cake bakes.
At this point, I cannot think of a single reason as to why this strong
double doppler blue shift is not a valid idea, and what has caused so
much confusion is the chance alignment of the upright spiral galaxy
relative to both the horizontal cigar galaxy, and us.
It is the particular layout of the two bodies in space, relative to our
multi horizon planar point of view, that is at the heart of the problem
of initial interpretations of doppler shifts radiating toward us from
the two bodies separated in deep space rather than two bodies wrangling
in collision.
If for instance the upright spiral galaxy before the collision was
flipping through the air as well as rotating serenely, at the present
time the flip would be either stalling, or increasing in speed depending
on which way it was flipping end over end before the collision. Assume
it was flipping end over end - since most galaxies seem to be doing this
as one of a galaxy's many multi motions. For instance Andromeda is known
to be flipping in midair like a flapjack the foreward edge lifting up,
the rear edge dropping down so that in time it will become fully edge on.
Rotating the image of Ngc 3314 in a thought experient to any other
orientation, is not going to change the fact of duo blue shifts for
both the upper, and lower long sweeping arms of the upright spiral
galaxy, since both the lower arms, and the upper arm, in fact are
rotating toward us, their duo blue shifts at a different frequency
than any blue shifts coming from the cigar galaxy due to the rapid
major acceleration of the Spiral galaxy in toto as it moves into
collisional main event with the center region of the thick massed
cigar galaxy.
A CONCLUSION
The upright spiral galaxy has undergone extreme rapid dramatic
acceleration in rotation speed. Secondly, the chance alignment
of the upright spiral galaxy relative to both the horizontal
cigar galaxy, and us, has created a situation where two blue
doppler shifts due to rotation motion are seen, rather than
a blue shift (toward us) for the lower half and red shift
(receeding) for the upper half.
FOOTNOTE
(This footnote is appropo only if my full site of 700 Meg is up and
running on the Internet. If not, if only this Htm page and a few
others are present, then ignore this footnote).
Footnote:
I have elsewhere in pages of this site suggested that strong gravities
via general relativity (which blue shifts incoming light and red shifts
light leaving a distant object) are changing the doppler magnitudes due
to a horizontal broad expanse of the cigar galaxy influencing photons
departing in our direction playing havoc with red shift interpretations
based on big bang concepts placing thus one of the galaxies in foreground
space in chance overlay with the other which is a long distance back
away in deep space, when doppler shifts are interpreted.
The notion that duo blue shifts in the upright spiral galaxy, of
magnitudes out of synch with 'expanding universe' red shifts of the
cigar galaxy, are due to rapid dramatic acceleration in the rotation
speed of the upright spiral galaxy. Replace all other references
throughout the pages of my site as to possible cause of seeming
separation in space between the two galaxies.
Look to the white oblong center coming down to where it abruptly ends
and changes texture to a thinner more precise segment of arm which curls
around at its bottom to the right and penetrates straight back in under
the skin of the cigar galaxy.
In 3D, the mechanics of the result is plainly seen.
Next, a closeup of where a spiral arm changes texture abruptly (left),
and penetrates below the surface of the cigar (right) causing spilling
rolling fingers on the surface of the cigar.
What may be causing confusion to Big Bang onlookers is that the
spiral galaxy is travelling away from us at a shallow slant, at
the same time all of its major arms are currently arcing toward
us in Blue doppler shift rotation, this double strong blue shift
with much less red shift is because the upper arm is on a different
horizon plane to the lower arms due to bi-lateral
symmetry which all galaxies have to one degree or another in different
states and stages from within the core central to the outermost reaches
of the galaxy.
It seems possible the Ngc 3314 spiral galaxy is rotating at an
accelarating rate of speed since (as another collision clue) it seems
its upper arm is sweeping to the right at a speed too fast for arm
matter to re-coalesce, instead, dust is being strewn along the stubby
arm's path.
The far right end of the cigar galaxy seems still intact, no apparent
disturbances, ending in a flanging point (which is not an unusual feature
in galaxies). There is no pile of strew or rubble out there at the far
right end, indicating collision events though progressing rapidly have
not progressed that far yet.
Hubble for Ngc 3314
JIGSAW PUZZLE MATCH-PIECES IN THE
DUSTING GALAXIES
A spiral cluster drifting rearward glancing past the edge of a giant
elliptical galaxy has sliced into the edge collapsing the soft body
of the elliptical galaxy in an incise, leaving a jipsaw puzzle piece
fitted in outline to the edges of the soft body cleave which match
right side outlines in the spiral cluster.
Slide the spiral cluster to the east at a slight down cant, there you
will see how the right edge of the incise and right edge of the spiral
cluster fit more or less perfectly together. In particular, reference
how leading edge outlines of the upthrust snub
fit the most dominant rightside cleavage edges in the elliptical shell
fit hand in glove.
A jigsaw puzzle match-piece tells you that a
spiral galaxy has glanced past a large elliptical galaxy, the spiral
body now heading to the rear drifting away to the left. Astronomers
think the spiral galaxy is foreground to the elliptical but the perfect
fit of the jigsaw pieces simply proves otherwise.
This is another case where a single enhancement cannot clear away
misconceptions, it takes a series of image pairs each strong in a
different frequency range to see comparative details so as to have
a sensible concensus as to unique structure parts, and understandable
dynamics of the whole body.
This 'dusting' galaxies image has not been easy to enhance. These are my
fourth try since first seeing the image in the beginning of 1998. These
are the first set of enhancements to show more amplified details in the
spiral member, where it is seen that the horizon plane stretches out a
long distance rearward from the snub, meaning it is a
vortex type of galaxy.
The 'snub' is the prominent large upthrust triangle which looks like
a bobcat's tail in the foreground of the spiral cluster. The very large
size of the snub (relative to the spirals further behind) does not
become apparent until the images are viewed in overlay by merging
each image pair together by forced eyesight.
888888
NOT ONE, BUT TWO SPIRAL GALAXIES?
Huge bulk, parallel curving streaks dominating the rear, plus a second
glowing upright energy object behind the bright core, and many vague
rearward small forms which could be other arms, suggests at least
two spiral galaxies are in collision, causing unusual tangled murky
structures. There may be more than two galaxies involved in this spiral
cluster.
It seems rather probable that gravity from the elliptical galaxy is
dragging matter backward from the spiral cluster causing the spirals
at the near end closer to the elliptical to unravell and stretch out,
creating a bulky object with major mass at the near end which is
being braked so therefore travelling rearward at a slower speed
than the more rapidly receeding core clump further behind.
A glancing, backward dragging collision like this, might someday reshape
the spiral body into a form similar to galaxy
Ngc 5236, which is bunched up in the rear, stretched out in the
foreground, in fact the spiral body already does look like Ngc 5236
in basic topologies. Both seem to have been unravelled (if both were
originally tight wound spiral forms and still contain some mighty dim
mass reserves rewound but hugely thickened
in depth.
A stereo image of vortexing Ngc 5236 is in context
here.
Misconceptions are easy to make studying the
original image since the original shows such little content regards
bulk and the integral arm which is slicing
like a can opener deep into the cheesy side of the elliptical galaxy as
the spiral galaxy(s) and integral arm continue to travel rearward in
sideswipe glancing past the outer shell of the elliptical galaxy.
QUICK SUMMARY
'Impact Collision Ridges' are unmistakenly seen in the 'Dusting Galaxies'
in this collision named AM1316-241, a collapsing shell being where a
spiral galaxy cluster (to the rear) has grazed against the foreground
giant elliptical, one of the spiral's extended lower arms slicing into
the side of the elliptical like a can opener. The can opener slicing
arm is 'integral' in maintaining shape under stress, indicating the
slicing arm has angular momentum content strong enough to be a cohesive
force in the fields which originally have constructed this integral arm.
In the above sequence of enhancements, a small yellow spiral galaxy has
emerged peeking through from behind a film of foreground obscuring dust,
telling you that in this area of the frame the inter-galactic media is
partially transparent. An overlayer of haze is blue colored, the haze
is not seen in red light, in red light, the little galaxy peeking
through is exposed in a small surrounding cavity.
A 'snub' sticking up like a bobcat's tail in the spiral galaxy cluster
is a result of collision. The subject of 'snubs' is discussed
here. The lower arm slicing through haze like a can opener is another
major subject, discussed as an integral arm
which remains intact under stress.
I have to be correct - I do not know if the elliptical galaxy is drifting
forward and in is a glancing sideswipe with the spiral galaxy, or visa
versa with the spiral galaxy drifting rearward. Red shift dopplers may
not be accurate to guage distances to either galaxy and their current
paths of motion if the spiral galaxy has accelerated in rotation and
all of its motions due to the sideswipe.
Overlay optics using the five dusting galaxy image sets above suggests
that the center itself of the elliptical galaxy is back, but the hem of
the outer diffuse shell where the scraping cleavage occurs is definately
closest to us, with the spiral galaxy further back from the cleavage.
Since there looks to be at least two cores in the spiral galaxy - meaning
that the rearward spiral galaxy itself is in a collision - I am not going
to pretend to understand the whole commotion of the 'dusting galaxies'.
In the same offered sense of humility I am not going to pretend to
know or understand the whole commotion of the Ngc 3314 collision,
or even that what I see and interpret has to be correct. What I
see is a collision event in progress at Ngc 3314.
Above is a giant 'elbow arm' in M101, external to the main galaxy, caused
by a passing encounter with another body large enough to snag angular
momentums and cause abrupt change in vectors, (at the jog in the elbow
arm), finishing the sail-past by unravelling more of the original vectors
and causing new angular momentum vortexes to string out in a long straight
line. Such long thin elbow arms with abrupt jog in vector changes are
common in galaxies, the phenomena is not unique to a few occurrence in
deep space activities, the phenomena is in sight everywhere.
Once you have seen such an elbow arm and know what has caused it
(a drag-by collision) you will see elbow arms with abrupt jogs large
and small both outside and inside a galaxy's main area, even jutting
out from a core pole, in almost any galaxy you look at.
Here is a very odd object named Ngc 2276 with multiple hanging arms
without apparent explanation until it is realized these eerie hangers
are all elbow arms from one (or more)
collisions.
For example, here is a core pole elbow
arm in Ngc 3314.
Actually, that may not be an elbow arm, it appears to be a rod of small
hot clumps issuing from a portal in a sidewall and something else
(a tiny bit in red further in) creates the elbow arm illusion dissolved
by this extreme closeup view, in which the maximum resolution of this
image has been reached and many abrupt straight line breaks in density
and medias spoil the details as tiny patches of individual telescope
shoots were meticulously pieced together by Hubble image engineers,
making any further look into more expanded details of this center
area impossible.
Since you are looking right at it - the large round upright shape with
a motor-like look extending off the lower right of the core swirl - it
can satisfy your curiosity to have a look at this
link in which such common formations, herein called 'tympani resonators',
and 'tympani's' are discussed at length as best that I understand them.
In case the link is currently innoperative, the overlay image pair below
is a giant tympani resonator jutting from the side of Ngc 4414.
My suspicion is that such tympani's are formed from stupendous sonic
booms having everything to do with the thermodynamics of fast flowing
heats and entropies and abrupt temperature gradiants such as identically
seen on Earth commonly formed in the plumes of large structure fires,
in volcano spumes, even in the base columns of atomic bomb explosions.
Try this link, if operative, examples of Earth
found tympani resonators are shown.
There is some confusion as to exactly what is called a 'tympani' in that
some have an enormous 6 sided cavity from which juts a prominant elbow
arm, (a crystal formation), and others have a more motor-like look with
cooling fins of higher concentrated heat and matter, such as shooting out
the side of Ngc 4414 in the example immediately above.
In an a very active star field in the Triangulum galaxy is a magnificent
tympani whose 6 sided cavity and elbow arm are amazing when seen for
your first time in 3d merged overlay.
Numerous partial kexagrams made of wire-thin lines are clearly present,
though the low quality in resolution for details makes many of the hexo
and fractal geometry lines hard to see, at first.
Here next are multiple crystal cavity tympanies, (in case you cannot get
to my link to see a whole collection of different tympanies). In fact
this next view reveals coherent tympani cavities nested in six sided
contentric rosettes, from a star field in the Milky Way whose source
name is unkown, lost in my records.
Next, two cavity tympani's, the smaller sharply cleaved, have formed
in the base of the smoke column of an atomic bomb explosion. This image
has been turned upside down to make the tympani's easier to see outside
of pre-expectations usual for seeing the bomb's smoke and source,
rather than objects per se in the smoke column.
The above failure of the small object as an elbow arm
jutting from the Ngc 3314 core means this is not a a core pole artifact,
but, dissertion has been successfully achieved anyway in inserting the
concept of a core pole artifact into the text. Here next is an actual
core pole artifact in the form of a small elbow arm issuing from alongside
the core deck, in spiral galaxy M51, it is highlighted in a window on the
left.
I have inserted lines hoping to indicate the occurance of at least three
sets of polarity core pole pairs, where a pole on one side is assumed
positive, the pole on the other side of the core is assumed negative.
Try this link for a collection of pole pair
examples.
The fact that this M51 core pole object looks like a European old fashion
telephone handle may be common to core poles in galaxies. Ngc 5236 has a
'telephone' seen in the next image below in the enhanced window, looking
much the same as in M51, meaning that core pole telephone formations in
massive spiral galaxies may be common but the core has to be oriented
such that the telephone core pole is exposed to our view.
I think core pole telephones can be regarded as another form of tympani
along with crystal cavities, and motors, in the telephone tympani case
these may be more uniquely associated with cores subjected with a core's
mighty black hole activites.
IN CONCLUSION
In conclusion, galaxy thermodynamic activies are very complex and
powerful, gentle thin flat disks whirling slowly serenely are not
your galaxies at all. The whole of your galaxies is almost chaotic,
turning, churning, rapid image and structure reformations ongoing all
the time, with additional changes by numerous small and large impact
strikes as flybys pull out long elbow arm strings, cause sideswipe
cleavages and striations, folds and bends, and compressional bunch-ups,
even complete rapid change in a galaxy's
image after a hustle, and occasionally,
collisions on target, and rarest of all,
mergers.
Clouds in the sky interplay all the time but there is no gravity
and inertial mass densities in clouds so clouds only transmute and
transform through thermal heats, pressures, and winds. Galaxies on
the other hand also obey the yearns of near solid object physics even
though transparent and mostly empty space between stars.
A water filled balloon when wafted through the air with high rotation
occilates and sloshes. I think galaxies are exactly like sloshing water
filled balloons centrifugally spread out like frisbees both diskal and
highly warped in bi-lateral symmetry like mobius strips pinched together
at the center. In any case you may want to refer back to, you will
find your galaxy is a massive conglomerate of seething excited activities
belieing any graceful serenity the galaxy might pose in simple images.
Remove the hard stuff - the water and rubber balloon - and in mind's eye
just deal with the outline as the object hurls lobed through the air both
diskally and end over end simultaneously, and you are a lot closer to the
look of a galaxy whose occilating and turbulent manifestions are speeded
up in time into a few minutes instead of millions of years, to see the
contantly ongoing shape shifting.
CIGAR MODELS
Two other tubular cigar shaped galaxies may be models for the cigar shape
in Ngc 3314, in that all three galaxies seem
to lack broad horizontal disk planes such as seen for Andromeda. The two
model cigars are the Sculptor galaxy, and
Ngc 4945. A third model cigar is
this, referenced eleswhere here.
Ngc 4945 may have had a collision the after
effects suggested by a deep cleavage in the midfrift - looking like the
front of a crab (which may not be caused by collision, rather Ngc 4945,
an extended long galaxy may bear similarities to
Ngc 2442. If Ngc 2442 is seen on edge from the side, its midrift
might in fact appear sharply indented).
However, Ngc 4945 has two huge uprising 'cowlings' (image pair below)
one in front of the other. I am of the leading opion that 'cowlings'
such as these are from collision, in this case perhaps the absorption
of a smaller galaxy which has not yet completely melted into a new
intermix with Ngc 4945. The cowlings cannot be easily seen until the
original ESO image is enhanced sufficiently, and the lineal rearward
sequence of the two cowlings cannot be visualized until the image is
viewed side by side in merged single image overlay.
The Sculptor galaxy Ngc 253 is an island universe very bi-lateral. Few
images are available showing it full size and this next arbitrarily
enhanced in blue, which seems to show small
details better (blue enhancement), has swelled beyond
original size, but, the full size does not appear until the image is
rendered as a Histogram where a startling large
object in extremely dim hidden medias appears
in the midst of an obvious media background of low IQ quality.
Sculptor also seems to have a cowling, this
one at the far east end facing east, but, the news is the cowling does
not stand up to high enhancement and zoom, it disappears and becomes a
choatic cloud cover of matter which seems to be perculating up from
below with enough velocity to leap above the surface.
If you think 'perculating' is a tough word to reconcile, let's wait
until a super good full sized deep space picture of Sculptor turns
up and then we shall see if 'perculating'
is reconcilable or not.
IMAGE SPECIFICATIONS
Filenames used for some images cannot be used as a reliable source
for the galaxy's name in that some names got screwed up whereby an image
named for a galaxy has been carelessly used to name another galaxy's
image(s). Careless means that by the time an erroneous name was in
use the image had become too inveigled into the link works, so I chose
not to bother trying to straighten out misdenomer filenames. There
are not that many disdemeanor filenames, but watchout there are
a few.
TECHNICAL SPECIFICATIONS
Many of the images shown throughout the above are simply two identical
mono images placed side by side for overlay view. Despite being both
identical images, stereo content is readily apparent.
To increase stereo content for certain more critical views the Heights
of many side by side images have been increased ranging from roughly 10
to 14 pixel points, because the increased height translates directly
into increased stereo depth.
Please note that these views are not binocular stereo. These are
the second stereo foundation in optics which I have come to term
'virtual' stereo or 'virtual 3d', since the stereo view comes into
place as a 3rd non existent image formed by overlay between the two
real images.
Anaglyphs in red/blue stereo created from single mono photos touch base
with the 'virtual' stereo form except anaglyphs typically have very
little degree of separation between the left side and right side
individual images after being merged to make the anaglyph. Further,
anaglyphs do not have wide expansion in Height (such as 10 to 14 points
I use to increase 3D depth in virtual stereograms) beyond the original,
any stretch in height used in the making of an anaglyph is miniscule
at most.
Two links which I have prepared, discuss how 'virtual 3d' occurs in
optical physics. These are here
and here. Another
link takes a different look at homemade
3D image stereograms.
Hubble Heritage for Ngc 3314
Next is an astronomer's movie of a super nova in Ngc 3314, source lost.
Left and right handedness seems involved in galaxies
|
Have
you tried
to grow your hair
long. You, a new soul of the
planet incarnated, baby fed, and now
fancy free. What happens when you grow your hair
long. Is it so fine, so thin-stranded, so filmy, that nothing
can be done with it after a certain length not quite shoulder.
The only thing is to cut it off, not once, not twice, but several
times in your lifetime each time you thought it might be time
to try long hair. Mustache did not work, every sip of coffee,
every spoon of soup, went sloop up into the mustache the
instant a mustache hair made contact with it. Every
time you gloated your lip over your mustache
or slicked it with your tongue there
are the flavors. The problem is
some of these flavors are
more than a day old.
Rotational doppler motions have been analyzed and plotted as shown
in this dopplers color image of giant Galaxy Ngc 1365. Blue indicates
galaxy parts currently moving fastest toward us. Red indicates galaxy
parts currently moving fastest away.
This (left) is the standard view used by astronomers for Ngc 1365. The
scientifcally annotated original was flipped,
and rotated 90 degrees, to gain orientation for this view.
According to annotions in the original, red is moving away a bit
faster than blue is moving forward toward Earth spectroscopy analysis
devices, meaning either that the greatest velocity in forward thrust
toward us has already maximized and is diminishing, or, a greater
forward thrust in blue is yet to come.
INTERPRETING THE DOPPLERS
Arguably, Ngc 1365 has duo blue doppler shifts in that both arms
are currently revolving in arcs toward us along the galaxy left
flank, since both arms show blue.
In a note of interest, the lower long antenna
arm heading east is rotating away, according to the colored doppler image
above - the outer arc of this arm is revolving away, not winding around
clockwise in whirlpool rotation (clockface rotation) as optical light
images of the galaxy suggest.
Instead, the whole lengthy arm as an integral
object seems to be heaving over in a cylinder rotation along a galactic
central axis deviated at conciderable angle from the galaxy's short
central bar shaft which links both arms. Such frozen-shape motion
in arms is also seen in Ngc 2442.
The greatest red is also anonomously out of synch with clockwise
rotation expectations which seem not to be happening, the red is
far ahead in rotation speed to anything in both main arms. It means
red is also rotor rotating at high speed and will soon enough reappear
on the left side perhaps in position exchanged with that currently
housing the greatest blue doppler. If this is true, there is a
second rotational path at a slanted angle from the south/west
to north/east.
This is in stark contrast to normal anticipated rotation which would
be a whirlpool flow around the core as a point of center around which
a whirlpool spirals.
Long axis barrel roll rotation (cylinder rotation) can be better
understood by picking up this information
involving Super Nova Sn 1987.
Even if the idea of cylinder ie barrel rotation turns out to be bogus -
not supported by well detailed accurate doppler shift analysis - the idea
of cylinder rotation itself may be supportable in helping to understand
doppler shift analysis for long axis galaxies
(which look spiral but are actually strung out, coiling or stretching
long distances through deep space along a long axis).
CYLINDER LONG AXIS ROTATION
The blue/green/yellow/red/ doppler shifts for Ngc 1365 above, indicate
this galaxy is rotating as a cylinder, heaving over to the right on a
long-shaft axis aligned north-west to south-east.
The center region containing the core is shown by blueshift to be in
motion our way in the heave-over at a much faster clip then either main
arms, meaning it seems the arms in their inner hanks are in major rapid
shape shifter transformation even as we watch in slow motion time,
because the center nub (in brightest blue) is moving at a disproportionate
speed rate to the arms attached.
The brightest blue is off center to the left of the main core, with no
complimentary bright red shift on the core's opposite side.
It can only mean the current galaxy inner shape is morphing from the
center out, because there is a camshaft rotation carrying the core
around and around the central shaft in a very lopsided manner.
DRIVER FOR CORE S-SHAPES
Such off center camshaft rotor rotation around a shaft can swiftly
explain (if true) why Ngc 1365 has vertical collars (picture a tornado
funnel) around the main shaft (next below),
The image of Ngc 1365 next certainly suggests meaningful cause for
s-shapes in galaxy cores. According to this
doppler closeup, the upper right in the image is where red shift
intensified, meaning there is an off-centered twisting force in multi
motions torquing the core.
Include the hard wound lower core body (polar
planed by a horizon split in a steep vertical drop with a deep rift straight
down the drop ending in an attaching energy orniment around the lower
arm), below the s-shape, its the driving motor's doing, as seen in
context here.
What are the odds that the depression above the core hides behind it
a steep vertical round shank with overlapping different media fields
forming a deep split rift, much the same as the scenic splendors below
the core, and visa versa. Basically, where the tornado funnel is insunk
above the core, behind the insunk is an outform, perhaps also deep and
round shanked, amd visa versa. Put the lower part behind the upper
part, and visa versa. How close will the inserts match what is
already in place behind the scenes, but, rotated to different
horizon alignments than found out front.
Next,
notice
the crescent
moon shape in the
inner bar, a sub crescent
moon in the upper bar partition.
A noticable crescent half moon
shape is seen in Ngc 5236
It is easy to extrapolate and percieve that the
s-shape in all galaxy cores is due to a high velocity camshaft
(off centered) rotor rotation of the core hub,
Try and count how many different cyclonnic motions are occurring
simultaneously in the above core region. I count at least five.
Click here and
here to see how the galaxy looks today.
Ngc 1365 has a long central shaft with assymetric properties extending
in one direction from the core vrs the other direction, perfect for
being the housing of a motor.
It would be interesting to have a better look at the loops rising up in
the crook of the arm, here, but as far as
I know no better image is available other than this which I enhanced
myself from a Hubble's ground based telescope reference image that
showed no loops at all but the loops were there all the time in the
photo, captured and hidden in dim medias in the ground based photo
until revealed by exercising the option of extreme high enhancements
on the original image - an option which I am compulsively compelled
to do with every original astronomy image which lands in my computer
whether downloaded or scanned.
(Original always and only means as released to the public by keen
astronomers. After I get it, I may be looking at an almost completely
different image so much more do I see than that which was there to see
in the publically released original. (Not yet an addiction, I have no
plans to spend the rest of my life looking at astronomer's originals
to see what they may have missed).
For the heck of it, shown here is a closeup
showing cometary jets festooning a section of Ngc 1365 arm like a small
row of teeth on a jaw bone.
Here is another outbreak of cometry jets festooning
v-breaching
arms in Ngc 5236.
Cometary jets may be an arm's way of getting rid of spurious static
charge concentrations. Cometary jets were first highlighted as a
featured phenomena by astronomers in this close up view of the
center nub of the Carthwheel galaxy.
INTERNAL REPEATING CRANKSHAFTING MOTOR
Because the most extreme blue shift is at the central
core nub, a person could be forced to think the core area is a large
hub rotating like a crankshaft and will continue to revolve in a rotory
crankshaft way around and around a central long axis again and again
as the larger arms stay more stationary in comparison, through time,
the crankshafting nub itself anchored in place - so as not to fly away -
by the strong gravitational pulls of the repeatedly flexing massive
arm hanks issuing off from either end of the rotory rotating core nub.
If the image of a nub crankshafting around a central axis evades you,
try a knot in a skipping rope. Try a knot along the skipping robe after
letting one end of the rope loosen so the knot flies around and around
on more than one trajectory at the same time.
The concept of strong galaxy gravity pulsations generated by the motor
motions of an independent rotory crankshafting center nub has arrived.
Around and around the nub goes, flexing, transmuting, inexorably causing
rapid form changes through the passage of time.
ROTOR
Here comes more - the two large major arm forms of Ngc 1365 repeatedly
flex one way, then the other, over time, due to the rotory offcentered
camshaft motion of the nub, the arms gradually transmuting and evolving
anew into new forms over time by the obviously powerful stresses
experienced in the ongoing around and around gravity motor pulsations
caused by the rotory revolving nub which has a locomotion at right
angles to the arm hanks which join to the nub energies along the
shaft containing the vigorously pumping rotory rotating nub. An
internal galaxy engine of an entirely new kind is discovered.
The rotory nub, which we already know from doppler shift analysis,
may account for the fact that the upper arm spikes out to the left
in an entirely different deep space angle formula than the lower arm
which does not spike but arcs out winding around to the right.
If this is true, a crankshafting nub in the hanks of arm sources in
the center areas of galaxies may be a common property function in
certain kinds of galaxies, such as bar galaxies. The rotory nub
situation at Ngc 1365 may not be unique.
Cosmic and astronomy physicists often depict forces generating
results by vigorously spinning disks but greater forces may be
in generation by a nub whirring around and around on a skipping
rope. What if black holes in cores also played skipping rope rather
than merely spinning severely as a disk with Elvis Presley on it.
The fact is, black holes in cores so far discerned by Hubble emgineers
and others to be able to show massive black hole center forces, seem to
indicate rotory nub near the black hole as well as disk-spin phenomena
are involved, in some cases at least, the rotory nub of a black hole
creating an oval or split or cracked disturbance, rather than merely
mix master diskal.
If nubs playing galaxy 'skipping rope' turn out to be true, the search
will be on to find if nubs are rotory to the left and also to the right
in equal numbers, or if there is a bias making more nubs rotate one way
than the other.
A fundamental coup akin to finding a break in symmetry that matter seems
to outweighs anti-matter by a huge bet equalling millions to one, may
also be found for fundamental galaxy nub rotory rotations as well. If
not - no difference between clockwise or anticlockwise rotations,
left/right directions are equal - much will be learned anyway by
searching the inner parts of galaxies for nub secrets.
COLLECTIVE ANGULAR MOMENTUMS AND SPINS
Each atom, molecule, and clump in a galaxy has a main angular momentum
vector in its spin. These vectors can be collectively changed by encounters
with small intruders sailing fast by, also by major changes in by-pass,
sideswipe, sailthrough, and merger collisions, causing arms to change in
vectors transmuting the arms to new forms. It also explains why wedding
rings and rattles can exist around an arm.
Picture the short thick ring collar near the front of an earthworm,
or a restaurant high on a space needle, or rattles around a rattlesnake's
tail, to get an image of 'rattles' around a galaxy's arm. Rattles exist.
Get to know about them, rattles are very important.
Collective bands of streaming angular momentum are exampled in
Ngc 1232.
Slipstreams in galaxy arm and matter flows are the subject
here. Slipstreams in galaxies are comparable to reverse flowing bands
of atmosphere on Jupiter.
RADIAL UMBRELLA SYMMETRY
Clumps sailing along in a vortex and
comprising the main substances of an arm (ignore any rattles) all
have a more or less upthrust, aimed outward plus lateral
swirls of myriad small tufts captured in
varied bands of gravity vortex as an outthrust momentum peters out by
several causes including loss of heat in cold space.
If this sounds incomprehemsible wait till you read the next as an attemp
to explain something easily seen in mind's eye, almost impossible to
describe in words. Read on.
Picture a naked umbrella sitting on the floor, its cover removed
leaving a skeleton umbrella with ribs. Now, with a mighty hand of
a maker called god bend the ribs of one of the umbrella halves
into bends vectored to the left, similarly do the same for the
ribs of the other half of the umbrella vectoring them to the right.
Add another special effect by having the westard bending ribs flare
upward, have the eastward bending ribs curl down.
Improve the crude design by separating the two halves so that two
tips press against the floor.
Put a center marker (for instant reference) on the floor between the
two unbrella tips. Now, shift each separate tip horizontally along
the floor a bit - the tip of the umbrella with the ribs wanding clockwise,
shift this tip to the west - the other umbrella half with the ribs
wanding anticlockwise, shift this tip to the east. You have just
created a bi-lateral symmetry.
Picture a bright galactic center filling the space between the two
separated bi-symmetry umbrella tips, the galaxy center overlapping
the tips, the galaxy core centered over your original center marker.
I don't know of any way of making a basic galaxy description easier.
In principle you have separated the ribs from the two umbrella halves
into two sets, one with a left hand symmetry the other with a right hand
symmetry.
In principle, you have described a galaxy such as Ngc 1808, in which
matter is radiating out from a center pore like spokes of an
umbrella and along the way the outthrust force peters out so the
tufts become absorbed and carried along in the tranversal rotation of
an arm.
Tafts radiate out in many short bursts as the galaxy on fire pulsates
and the source of the puslations rotates.
ABSTRACT
GALAXY HANDEDNESS PRINCIPLE
Galaxy handedness is a principle formed from the merger of three symmetry
properties. Here is how to model the principle. Your left hand out, palm
down, Your right hand out, palm up. Rotate your right hand by 180 degrees
to change it from spin up to spin down. Bring your two hands together
merging them by hooking your two thumbs together, the right thumb hooked
in the left hand crook between the left hand thumb and forefinger. The
fingers of your left hand will be curling out (down), facing away from
you. The fingers of your right hand will be curling in (up), facing
toward you. The right thumb will be above the left thumb.
The two appositive curls are already defined as a
bi-lateral symmetry in galaxies, also super nova nebulas forming
pulsars, also
white dwarf stars, and energetic active
star field formations.
The co-joining of the two hands to form one merged object is a deeper
more fundamental principle called 'galaxy handedness', found in galaxies
and celestial objects.
Shown next are three handedness states. Each is a separate state -
left/particle, right/anti-particle, and right/cp-particle. If cp-particle
is a physically correct state as illustrated, the cp-particle state is
a state rotated by 180 degrees. The choice of declaring a right hand
cp-particle image is totally arbitrary, it coming into being by the
simple act of pursing an idea which landed with a revealing cp-hand
image using the right hand. If there is a preferred left, or right,
cp-hand principle in nature, that preferrence is not known or inferred
in this disclosure.
Illustrated next are 'left hand', 'right hand', and 'CP-hand'.
The left and right lines of force (illustrated by fingers of the first and
second hand) cannot merge, in travelling in opposite directions, but the
vector axis (illustrated by brass hammer) can merge by both pointing in
the same direction.
In a left hand, and (rotated) right cp-hand combination, the lines
of force (illustrated by fingers in hands 1 and 3) can merge since
travelling in the same direction, but their vector axis (illustrated
by brass hammer) cannot merge since both are pointing in opposite
directions.
A vector axis 'exclusion principle' as a 'galaxy handedness' symmetry
cause differs from 'left hand' and 'right hand' particle, and anti-particle
symmetry, by the 180 degree rotation of the 'anti-particle' handedness
from spin up, to spin down, which reverses the anti-curl of the lines
of force of the right hand from awaycurl to forwardcurl and creates a
new 'cp-hand' state (axis down), further, the two final states (left-hand
and cp-hand) are merged into one combined
principle mutually interactive in fundamental formations in galaxies,
called 'galaxy handedness'.
'Galaxy handedness' differs from particle/anti-particle handedness by
the fact that 'two' hand states in galaxy handedness are merged together
as one state with a set of precise properties, whereas particle/anti-particle
symmetry is two separate states each operating alone standing apart from
each other, since the particle physics forces curling in
opposite directions cannot merge.
CP SYMMETRY?
In 'galaxy handedness' (left hand and right cp-hand) merger is possible,
as well, (right hand and left cp-hand) merger are also possible. In these
mergers, forces represented by curled fingers can join (merge) when the
fingers curl in the same direction around a
vector axis.
For instance in this illustration, fingers
on the left hand are curling in the same direction as fingers on the
rotated right hand, even though the rotated right hand axis vector has
switched from up to down in the rotated right hand, meaning the forces
indicated by the rotated vector axis cannot merge with the vector of
the left hand.
I wonder if the symmetry principle of 'galaxy handedness' has anything
to do with - as a another fundamental form of principle symmetry - CP
violation in high energy accelarator physics particles involving Kaons
and certain other elementary particles such as
B mesons.
(I must be catagorical in saying that the use of the term 'cp' for galaxy
rotated 'hand' states is strictly a convenience
chosen by myself and may have nothing to do at all with actual 'charge
parity asymmetry' conditions. The convenience is little different than
astronomers using the term 'hit and run' to describe galaxies in a
sideswipe collision, except, the term 'cp' has connotations which take
the term straight into the heart of fundamental particle high energy
physics. If the term 'cp' is unsuitable for galaxy handedness,
another suitable term will come up.)
GRAVITY AND ELECTRICITY AND MAGNETISM
It occurs to me that the CP violate state in 'galaxy
handedness' may be a doorway which allows gravity to interact with
both magnetism, and electricity, which allows gravity to behave as an
electricity in the presence of magnetism, and gravity to act as magnetism
in the presence of electricity, since in the 'CP' state there are no
hard lines of force or force vector motions which must fundamentally
conflict or block each other, whereas in normal states of left/right
particle handedness the lines of force (illustrated
above by two sets of fingers - left set, middle set - each set
wrapping around a vector axis pointing up, do block each other,
cannot merge, so stand separate as two distinct states - (particle
and anti-particle which mutually anhilated when coming together
unravelling into photons of light or a rush of component subparticles
in decay modes).
When galaxies collide and a (cp-hand) state merges with a (cp-antihand)
state, spin vectors in angular momentums can cancel, with the result that
merging formations in each galaxy unravell into temporary subcomponent
chaos.
The temporary regions of chaos then reform into something brand new,
unlike elementary particle subcomponents which quickly decay into particle
rest states and/or electromagnetic photons with nothing remaining of the
temporary chaos in a high energy collision, since there is no interlinking
bond (such as gravity and/or intermixing angular momentums) between the
subcomponents of particles in decay.
Angular momentum in galaxies is cited throughout each of these hotlinked
pages. Use your brower to search for 'angular momentum' when the page is
loaded. Page 1
Page 2 Page 3
The plain fact is I can see galaxy 'handedness' as plain as daylight
using my own two hands as example. Any attempt to try and attached
his 'handedness' to more fundamental symmetry principles such as
CP violate status is strickly exploratory - bear with me - thinkers
can be often wrong but rarely stupid.
'EXCITED' GRAVITY
Galaxy 'handedness' symmetry is big, it already opens inner vision into
a huge new resource. As to whether the galaxy handedness principle can
determine an interplay between the fundamental forces unifying gravity
behavior with electro-magnetism thus also with the fundamental weak force
plus strong force in nucleonnics of fundamental particles in the Grand
Unification Scheme, is again a pardonable mistake, if not correct.
Someone somewhere will work out why the 'excited'
gravity unification scheme cannot work. And someone somewhere will work
out why something else not yet seen, does work, looking into more
renowned Comsology Theories.
In galaxies, the curled fingers can be long reaching,
reaching all the way around to the other side of a galaxy, even
longer, whorling all the way around a galaxy, but, nevertheless, a finger
(arm) sourced in the galaxy originates in just one of the two unique
'handedness' modes possible for curled fingers.
Six hands are shown, but only two are unique, as follows:
Eight unique hand combinations are shown next but six after the first
pair shown on the left, seem to be peculiar to our laboratory frame of
reference. For instance is it the rearside of a galaxy, is the galaxy
rotated 180 degrees from the left side reference pair of hands?
Flipping the pair up to down, and rotating the flipped pair by
180 degrees, gives the same perspective views as viewing a galaxy's
backside, and rotating the galaxy by 180 degrees in deep space. So
there are basically just two unique hand states in which an arm
can initiate in an angular momemtum swing out from attachment to
a core pole, or to a long
shaft pole in a bar galaxy (or so I think, perhaps there are more
hand states for galaxies).
ARE SIX QUARKS BEING MODELLED?
- Risky conjecture
In the other hands, unique separated hand images can form six possible
hand states, 3 in one set, 3 more by flipping the original 3 and rotating
the flipped 3 by 180 degrees.
There are more than six unique hand modes, there are twelve, in sets of
3 'particle' and three 'antiparticle' merged handed states, the 'anti'
states manifesting by rotating the 'particle' set by 180 degrees and
flipping the image so that the right hand on top (left set upper image),
converts to left hand on top (right set lower image). One cannot help but
scheming in wonder if these merged 'handed' states are somehow modelling
three quarks and their famous other selves - three anti quarks.
- Risky conjecture finished
LEFT/RIGHT HANDEDNESS COMBINED IN GALAXIES
The galaxy global symmetry identified here can be seen directly by
yourself a different way, by holding out your left hand palm flat
open fingers sprayed apart, palm toward you, thumb sticking up.
That is one hand. Rotate your left hand anti-clock by swinging your elbow
so that your thumb is now pointing down. This is the handedness symmetry
herein exosed by the hand model using your own hand. (Left hand, right
hand, makes no difference for the functional model except the right
hand's rotation is counter clockwise to get the thumb point down,
the left hand up, if rotated, is clockwise to get the thumb down.
The next view is a scan (done with great difficulty because there
was not a 3rd hand to operate the scanner controls, the left hand
was placed over the right hand - back of the hands facing the eyes,
and the right hand rotated upside down to land attached by together
thumbs to create a similitude to a galaxy's two symmetrically opposed
halves.
The red patch in the lower right corner is a bright glossy spectrum from
a high tech company's brochure, which I use to excite the cheap scanner,
without that little piece, images can scan in dimmer colors, or worse
just in black and white.
As you can plainly see - if focusing the two identical mono images side
by side together in overlay - the 3D stereo is 100% correct even if not
as 3D deep as a binoccular stereo image. Simply take my upper aging hand
to be one side of a galaxy and the lower hand to be the opposite side,
and you now immediately understand the illuminating nature of using
overlay images to study galaxies in real physics of 3D space.
All of your flat model concepts of galaxies will abruptly change, or,
you will probably suffer severe migrain headaches and stomach dumps
in the strain of trying to maintain old mental flat-galaxy concepts
in the light of stunning new information forcing everything you thought
you knew about flat galaxies to abruptly change, since there are no flat
galaxies, anywhere. Attempts to designate galaxy arms taken from lores
found in Bohr orbital levels of atomic physics just, cannot, work,
because of the intrinsic 3D bi-lateral and combined handedness
symmetries, that all galaxies have to one degree or another.
GALAXY HANDEDNESS SYMMETRY
Here is what is happening within the hand-symmetry galaxy model, in
thought flashes using galaxies physicals to complete the model with
existent deep space substances.
From the center region in your bi-halves umbrella
model, predominantly from one and the other offshifted sides of a core,
small tufts shoot constantly outward from the
center in up or downcurled wafts. In ideal circumstances these little
tufts and wafts can spray out around a core in patterns well modelled
by a garden variety wrinkled sunflow which happens to be
warped, one side bending up, the other side bending down.
The tufts radiate in pulsations radially aimed out, arcing from the core.
It is not clear in my mind if the tufts actually originate in seething
core dynamics where intense energetic forces both beyond and at massive
black holes are imaginable, everything within spinning rapidly on more
than one axis, creating tufts more or less shooting radially straight
out in up or down curves before getting captured in the whirlpooling
of a galaxy's greater angular momentum circular vortexes.
INTENSIFIED LINES OF FORCE
It is possible intensified lines of force rather than outpulsing matter
are radiating out in upflexing and downflexing radians, the up/down flex
a factor of positive and negative polarities in the lines of force, mainly
positive on one side of galaxy and negative on the other, for instance
one side of the core vrs the other, and one arm of a galaxy vrs an arm
originating on the opposite side of a core formation. The majority of
galaxy arms are in galaxy side-opposite pairs.
At a certain point, in select bands of rotational angular momentum close
to the core outward to the galaxy fringes, the outthrust radial momentum
vectors peter out and the tufts get gathered up in the main rotational
gravity flows and enter main whirlpool statuses in formed arms throughout
ranges close to the core continuing on out in individual bands of gravity
orbital forces which selectively progress to the outermost galaxy fringes,
where out here long singular arms are met, usually in polar opposite
pairs originating each on an opposite side of a cross galaxy axis.
It is possible the tufts in radial-umbrella symmetry wafting out from
the core contain both outflow and orbiting collective angular momentums
in their spins but when gravity wins awards the outflow momentums cease
to have significant effect and only the vortex flows around the merry
go round of pinwheel galaxies and revolving long strung out cylinders
of vortex galaxies have significant effect.
POSITIVE AND NEGATIVE LONG FORCES
The bi-lateral forces indicate there is no question that positive and
negative factors are involved, the positive behaving exactly like charged
particles vectoring one way, negative particles vectoring the opposite
way in both whirlpool spiral and outflaring curves.
The fact that galactic upsweep and downcurl are fundamental in galaxy
bi-lateral symmetries immediately suggests that charged forced are involved
as a major force in galaxies, the charge aspects coiling around a magnetic
line of force (like electrons around a magnetized rod), veering upward and
curling (left/right) for positive/negative magnetic pole polarity, downward
and circling (right/left) for the opposite negative/positive magnetic pole
polarity, in this case the polarities assigned at the point where an arm
source plugs into a pole either deep within the core, at, or near, the
actual nuclear core, and further out in polarized bands of angular
momentum.
In venturing an extremely risky thought, it has emminently occurred
to me that the gravitational force, even tho monopolic (single force
only) can pick up attributes of positive and negative inner powers when
operating on both sides of incredibly powerful appositive magnetic fields,
the activated gravity amplifying and extending the force effects of the
powerful more local magnetic fields, the gravity now polar activated
carrying the magnetic force field signatures to the outer flanks of
a galaxy. Verrrry risky thought. I will run away - and you won't ever
see me again - if whipped for suggesting it.
I will avoid whipping by suggesting that force field bi-polar
propigations in galaxies are by other factors not herein suggested
and expect that has me off the hook from divine severities adminstered
by severe orthodox thinkers. I will run the risk of whips again by stating
that propigating force factors involving simultaneous opposite polarities
is the rule from inner core to outer flanks for all of their fundamental
functioning dynamics, for all galaxies.
FUNDAMENTAL CREATION FORMAT
The tip of each thumb is where a galaxy arm spins
out from either side of the core, in galaxies where two arms are dominant
and s-shape at the core is pronounced. In galaxies where four or more
arms occur, (always in pairs of two except where recent collision has
temporarily interferred with the fundamental formula), the cores seem
to be more circular, even upright as
maple leafs.
PHILOSOPHY OF SCIENCE - WRITER'S COMMENT
I happen to know a bit about the complete static lock Wittengstein threw
into the progression of Science of Philosophy starting in the early 50's,
the static lock so complete that Science of Philosophy centered through
'symbollic logic' arguements (as stated by Wittegnstein in terms that
are primarily binary in that only left/right particle anti-particle
symmetry logics were known at that time) are still unchallenged (from
what I hear) as of year 2001.
I am wondering if the inclusion of a 'galactic handedness' symmetry into
fundamental science logics might offer a wedge someone can use to knock
off Wittengstein.
Galaxy handedness is not binary. Galaxy handedness has three
terms merged to arrive at a fourth term, all four terms mutually
co-existing to comprise a complete statement. A second set of four
terms arriving at one merged statement occurs in using the other
hand for the cp-hand rotated state, if, an external reference is
capable of making distinction between a left cp-hand and a right
cp-hand state.
Four-term statements can expand when including more than two arms in
a set in a galaxy, or bi-lateral functions in nebula. In fact nebulas,
as analysed here, can have mobius
strip formulas in their terms.
PUTTING GALAXY HANDEDNESS AND MERGED
CP-HAND SYMMETRY TO WORK
Here next is how 'galaxy handedness' can look close up to a real core.
The white dot is suspected by pros to have a monstrous glucotomos black
hole at work inside the white dot. This Ngc 1365
core closeup is by Hubble image engineers,
enhanced by myself to show more of the core's s-shape finelines.
If the core island is also rotating clockwise on the island's long axis
like a propellor, the uprising left side flank and downdipped right side
flank are consistent with the strongest blue doppler shifts which bark
about rotorary camshaft driving motions seen here.
Consistent means the left side is coming up over the top, though it is
not at all clear if the right side is expected to be moving down below
to eventually re-appear on the left side. The doppler
colors suggest there is a sudden abrupt cutouff in maximum doppler
motion toward us and it is hard to tell exactly where the abrupt cutoff
between maximum dark blue, to green, to red, lies with respect to the
east side of the core, since there is no outline
of the nuclear core area itself in the doppler image.
These next views, rotated to show different points of view, again show
bi-lateral symmetry at the hot core itself.
Notice the upflare/downcurl shape of the small golden dish around the
tiny hot core kernal.
This second re-oriented image better shows core polarity, across a
north/west south/east axis, with a round hairbun at the west pole,
an open, split, chasm at the east pole.
Everything is upthrusting in fluidic compressions
from uneven rates of motion, especially motions
driven by the offcentered camshafting rotor rotations of the greater
core area around the long shaft connecting the arms.
Deep clefts surrounding the myriad small protruding core buttresses in
the above closeup enhancements are not easy to explain. Obscuring dust
lanes with dim forms radiating within do not per se provide any answer,
unexplained are how the 'dust lanes' are formed in such well organized
albeit mysterious patterns. A small dark opening near the hot core kernal
is intriguing to say the least but is difficult to explore in the limited
maximum resolutions of the enhanced images.
Attempts to show positive and negative core pole polarities seems
partially successful. A horizontal cross-core pair of appositive poles
seems safely suggested through the dark hole at the right to an active
form on the left. Another pole pair shown north at the hairbun to the
cleft at the south is hard to designate as to exactly here, to there,
lie a pole pair, so a broad line has been used to suggest there may
be a polarity opposite pole pair in here somewhere.
The core pairs are not at exact right angle. I put in a 5 degree
rotation shift for the broader axis. Perfect right angle multi pole
pairs are not to be expected since such would require a most unique
co-incidental alignment to Earth found telescopes.
Hubble cross hairs centered over the core kernal follow hots of maximum
brightness so Hubble's false cross hairs can be used to identify core
kernal maximum bright extremes in axis crossing the dish. The extremes
happen to lie exactly along the axis of the two suggested core pole
pairs. The false cross hairs were not used to mark out core pole axis,
this was a co-incidence after the fact of attempting to designate core
poles by marking between dominant seeming related objects in pairs on
either side of the core.
I wish it were possible to do so in this disclosure but so far cannot
uniquely distinguish a positive core pole vrs a negative core pole.
For instance 'hairbuns' are common enough close to galaxy cores
expecially the cores of giant galaxies. Suppose 'hairbuns' turned
out to be signatures of a 'positive' core pole, then the task would
be easy marking out exact cross-core polarities for galaxy cores.
GALAXY HANDEDNESS EXAMPLES
Here is how 'galaxy handedness' can look when containers are filled with
colors in symmetrically organized forces of merged left/hand and cp-hand
simultaneous motions, recognized as architectural blueprints (physics)
underlining the frills and thrills in the following show'n tell
collection of galaxies.
Click on any hit and run for a quick tour through the museum of modern art.
SYMMETRY PAGES
Click on the next winkies for pages which have 'symmetry' in them.
These pages have prior attempts to understand symmetries which have
led to 'galaxy handedness'. If prior statements seem weak even incorrect
ignore them, concider them previously published papers which have been
updated and improved by 'galaxy handedness', which is the current
working draft for symmetries, under the theme 'Galaxies In Chaos'.
&nb
